Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region

Earth's ionosphere, a natural plasma, is locally similar to nighttime conditions during asolar eclipse, in that the Moon blocks solar radiation and causes extremely complex andnonlinear processes. It is known that the peak electron density (NmF2) of the F2 layerwith maximum ionization varies no...

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Bibliographic Details
Main Authors: Can, Zehra, Ökten, Mehmet Baran
Format: Conference Object
Language:English
Published: 2022
Subjects:
Tromsø
Online Access:https://avesis.yildiz.edu.tr/publication/details/c457facd-95a5-4bde-8c7c-245a366f326d/oai
id ftyildiztuniv:c457facd-95a5-4bde-8c7c-245a366f326d
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spelling ftyildiztuniv:c457facd-95a5-4bde-8c7c-245a366f326d 2023-09-26T15:23:48+02:00 Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region Can, Zehra Ökten, Mehmet Baran 2022-09-03T00:00:00Z https://avesis.yildiz.edu.tr/publication/details/c457facd-95a5-4bde-8c7c-245a366f326d/oai eng eng c457facd-95a5-4bde-8c7c-245a366f326d https://avesis.yildiz.edu.tr/publication/details/c457facd-95a5-4bde-8c7c-245a366f326d/oai info:eu-repo/semantics/closedAccess info:eu-repo/semantics/conferenceObject 2022 ftyildiztuniv 2023-08-27T21:08:58Z Earth's ionosphere, a natural plasma, is locally similar to nighttime conditions during asolar eclipse, in that the Moon blocks solar radiation and causes extremely complex andnonlinear processes. It is known that the peak electron density (NmF2) of the F2 layerwith maximum ionization varies non-linearly depending on solar activity F10.7 solar flux,geomagnetic field, geographic latitude and longitude, local time and season. In this study,the variation of NmF2 and hmF2 during the annular solar eclipse of 10 June 2021 wasinvestigated theoretically and the results were compared with TR170 URSI codeddigisonde data in Tromsø. Conference Object Tromsø Yıldız Technical University Research Information System Tromsø
institution Open Polar
collection Yıldız Technical University Research Information System
op_collection_id ftyildiztuniv
language English
description Earth's ionosphere, a natural plasma, is locally similar to nighttime conditions during asolar eclipse, in that the Moon blocks solar radiation and causes extremely complex andnonlinear processes. It is known that the peak electron density (NmF2) of the F2 layerwith maximum ionization varies non-linearly depending on solar activity F10.7 solar flux,geomagnetic field, geographic latitude and longitude, local time and season. In this study,the variation of NmF2 and hmF2 during the annular solar eclipse of 10 June 2021 wasinvestigated theoretically and the results were compared with TR170 URSI codeddigisonde data in Tromsø.
format Conference Object
author Can, Zehra
Ökten, Mehmet Baran
spellingShingle Can, Zehra
Ökten, Mehmet Baran
Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
author_facet Can, Zehra
Ökten, Mehmet Baran
author_sort Can, Zehra
title Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
title_short Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
title_full Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
title_fullStr Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
title_full_unstemmed Nonlinear Effects of Solar Eclipses on the Ionospheric F2 Region
title_sort nonlinear effects of solar eclipses on the ionospheric f2 region
publishDate 2022
url https://avesis.yildiz.edu.tr/publication/details/c457facd-95a5-4bde-8c7c-245a366f326d/oai
geographic Tromsø
geographic_facet Tromsø
genre Tromsø
genre_facet Tromsø
op_relation c457facd-95a5-4bde-8c7c-245a366f326d
https://avesis.yildiz.edu.tr/publication/details/c457facd-95a5-4bde-8c7c-245a366f326d/oai
op_rights info:eu-repo/semantics/closedAccess
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